Boom Supersonic Pivots Toward AI Data Center Power Solutions
Aviation startup shifts focus to gas turbines amid skepticism over supersonic airliner timelines.
1Strategic Pivot to Energy
Boom Supersonic is diversifying its operations by launching a Colorado factory dedicated to producing 42-megawatt natural gas turbines for AI data centers. CEO Blake Scholl frames this as a renaissance in energy and flight. The company aims to deliver its first Superpower turbines by mid-2027, targeting a production capacity of 50 units annually by 2029.
2Aviation Timeline Skepticism
United Airlines CEO Scott Kirby publicly questioned the feasibility of Boom’s 2029 delivery target for the Overture airliner. During an October 2026 podcast, Kirby stated that the timeline is unrealistic and will take longer. He previously estimated only a 50-50 chance of the aircraft entering commercial service, citing significant remaining certification hurdles with the FAA.
3Dormant Infrastructure Concerns
The company’s production facility at Piedmont Triad International Airport in North Carolina has remained largely dormant since its 2024 completion. This inactivity has drawn scrutiny from state leaders, as the project received over $50 million in taxpayer funding. The facility was originally intended as the primary manufacturing hub for the Overture supersonic airliner program.
4Regulatory and Technical Context
Boom previously demonstrated its boomless cruise concept using the XB-1 aircraft in 2024 and 2025. The Trump administration has supported these efforts, with the FAA proposing rules to overturn bans on commercial supersonic flights over the US. Despite this regulatory tailwind, the company must still navigate complex certification processes to carry paying passengers.
5Turbine Market Dynamics
The shift toward data center power aligns with broader industry trends where tech firms prioritize natural gas to meet AI energy demands. Boom recently lost a $1.25 billion deal with Crusoe, which would have involved 29 turbines. Scholl maintains that the company will deliver 250MW of power to other undisclosed sites by next year.
6Synergy in Engine Development
Boom claims its Superpower gas turbine and the Overture’s Symphony engine share core technology. The company developed a prototype called Sprint Core, intended to power both platforms. Testing is scheduled at the Colorado Air Space Port, with the first firing of the turbine expected before Thanksgiving, marking a critical milestone for the company's dual-track strategy.
7Competitive Technological Approaches
While Boom pursues the Mach cutoff phenomenon to mitigate shockwaves, NASA is independently testing the X-59 experimental aircraft. The X-59 utilizes a distinct long, needle-like nose design to reduce sonic booms. These parallel efforts highlight the different engineering paths currently being explored to make supersonic commercial flight a viable reality for future aviation.
8Future Viability Assessment
Boom faces a critical juncture as it balances aviation ambitions with energy sector demands. With significant taxpayer investment and conditional airline agreements at stake, the company must prove its technical milestones are achievable. The transition to data center turbines provides a necessary revenue bridge, but success depends on overcoming substantial engineering and certification challenges.
Original article: Tech - Ars Technica — Boom Supersonic Pivots Toward AI Data Center Power Solutions